General Info
The Seattle Thunderbirds are excited to announce the dates of their
annual Summer Hockey Clinic! This three day hockey school will feature top level
instruction, both on and off-ice, from Thunderbirds players and coaches. Each day
includes 1.5 hours on-ice and 1.25 hours of off-ice instruction, conditioning and
theory!
Included in your purchase is a 2007 HOCKEY CLINIC JERSEY and the T-BIRDS
SUMMER HOCKEY TICKET SPECIAL! This ticket special includes 6 ticket vouchers for any
Thunderbirds game at KeyArena in 2007, where you can watch your own instructors take on
division rivals such as the Portland Winter Hawks and Everett Silvertips. That\'s 4.5
hours on-ice, 3.75 hours off-ice, a jersey and 6 Thunderbirds tickets for as little as
$125! Your vouchers will be redeemable at the KeyArena East Box Office or the Hockey
Store at Kingsgate, but expire on December 31, 2007 - so pick out your games soon!
The Thunderbirds offer 4 sessions, broken down by the age of the participating player.
You will begin your daily training on-ice and complete the day off-ice (see the next
page for a complete schedule). Please come prepared with appropriate work-out gear and
sneakers!
• GROUP A: 7, 8 & 9 yrs old $125 • GROUP B: 10 & 11 yrs old $125 • GROUP
C: 12, 13 & 14 yrs old $125 • ADULTS: 18 & Over $160
To reserve your space in the T-Birds Summer Hockey Clinic and receive
your Ticket Special, fill out the registration form on reverse. Space is limited and
fills up fast, so sign-up today!
Safe Environment: Our goal is to provide a positive, safe environment for
hockey players of all ages to improve their skills and enjoy their time with us. To help
ensure this, the Thunderbirds\' training staff will be at the clinic for its
entirety.
Elevate your game! Improve your skating… • lengthen your stride
• gain power • balance and agility
Improve your puck skills… • puck control and deking • power moves
and puck protection
Improve your passing and team play… • puck support and \'ice
vision\' • shooting for accuracy vs rebounds • game systems
Instructors: Instructors for the 2007 Summer Hockey Clinics will
include Seattle Thunderbirds Head Coach Rob Sumner, Assistant Coach Turner Stevenson,
past Thunderbirds Ryan Gibbons and Tyler Metcalfe and past and present Seattle
Thunderbirds players.
When/Where
The Thunderbirds Summer Hockey Clinic will take place from Tuesday,
August 14th, through Thursday, August 16th, at Kingsgate Ice Arena, 14326 124th Ave. NE,
Kirkland, WA 98034.
PLEASE NOTE: All players are required to wear full gear including a HECC
certified helmet with full facemask. Youth players must also wear a mouth guard. Adult
players may wear a half visor, however full cages and mouth guards are highly
recommended.
Registration
• To register and pay for your clinic online, compelte the form below •
To register and pay for your clinic via mail, click here to download the registration
form
|
Summer Hockey Clinic Registration Form
|
|
Player Name |
|
Email Address |
|
Birthdate |
|
Address |
|
City/St |
|
Zip |
|
Day Phone |
|
Eve Phone |
|
Please indicate your curreny hockey association or
league: |
|
SKAHA SJHA KVAHA
GSHL Other |
If other, pelase specify: |
Position: |
Forward Defense Goalie
|
Jersey Size |
S M L XL
XXL |
I want to purchase the following T-Birds Summer Hockey
Clinic: |
GROUP A 7, 8 & 9 $125
|
GROUP B 10 & 11 $125
|
GROUP C 12, 13 & 14
$125
|
ADULTS 18 & Over $160
|
|
| |
Waiver and Release |
By checking this box, I understand that participation
of the sport constitutes a risk to me (or my child). I voluntarily
recognize, accept and assume risk and release the Seattle
Thunderbirds and Kingsgate Arena from any and all liability.
|
|
|
Once you click submit, you will be
given the link to continue to online payment |
|
|


Stop Fiddling With It Audio(SFWIAUDIO) - System Level Test Procedures
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- CONTROLS - App Controls
- PERFORMANCE - Performance
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Joel Klatt Has Message For People Criticizing Alabama’s Schedule
by Andrew McCartyIn just a few hours, Alabama will take the field for a contest against an FCS opponent.
Western Carolina comes to town for a battle with the Crimson Tide. It’s a nice payday for the school, but they have no chance to win the game.
As for Alabama, fans across the country aren’t happy with the school’s decision to schedule a cupcake game before the Iron Bowl. Now, Auburn is doing the same – playing Samford – so the Tide aren’t alone on this front.
However, that doesn’t change the fact that fans aren’t happy with Alabama’s schedule. As other top programs are playing legitimate conference games, the Tide can pick up an easy win.
College football analyst Joel Klatt is just fine with that. He had a message for fans complaining about Alabama’s schedule.
“Everyone is upset with Alabama for their schedule this week…However, why should they change? They shouldn’t…It’s not their job to make things equitable in CFB. If I was their AD I would do the same thing,” Klatt said.
Alabama’s toughest game this season came against LSU – which the Tide lost.
Now without star quarterback Tua Tagovailoa, the Tide have an uphill battle to make the College Football Playoff this year.


Removable prosthetics
- removable acrylic dentures of hot polymerization (Vertex)
- removable acrylic dentures of cold polymerization (Vertex)
- removable acrylic dentures with high strength base (Vertex)
- thermoplastic removable dentures (Vertex)
- clasp dentures (an alloy of CoCr)
- clasp dentures with attachments (bredent vks)
- acetal clasp dentures
- VITA MFT and VITA Physiodens removable dentures
- removable micro-dentures
Non-removable prosthesis
- Metal ceramic crowns:
- metal ceramic crowns with shoulder ceramics
- metal ceramic designs with artificial gums
- metal-free ceramic refractory crowns (VITA)
- pressed crowns with LS2 E.Max Ivoclar full anatomy
- pressed crowns with LS2 E.Max Ivoclar covered with ceramic mass GC Inicial LiSi
- ZrO-based full anatomy crowns
- ZrO-based crowns covered with ceramic mass VITA VM9
- plastic crowns (spofadent)
- cast crowns
- wax- up
- metal tabs
- metal folding tabs
- Metal tabs with ceramic coronal part (ips in-line pom)
- ZrO2 tabs
- works with implants
Design repairs


lf — list files, sorted by extensions, in a terse format
lf
[OPTION
...] [FILE
...
]
lf is a command-line tool for listing files, similar in some ways to ls(1). lf sorts the filenames by extension, and displays them in a terse output format. Here is an example:
DIRS: bak junk : apples filelist.md5sum makefile README c: bar baz foo o: baz foo txt: readme
Directory names are shown first, marked by the string
"DIRS
"; directories
with extensions are not treated specially. If any files with no extension
are present they will be listed next, followed by any files that do have
extensions. In each case the extension is printed, followed by a list
of filenames with the extension removed.
Some extensions are ignored. Filenames with extensions that are too long (default: longer than 4 characters) are treated as if there were no extension in the filename. In the example above, filelist.md5sum fell under this rule and was put on the line for files with no extension.
If you specify no filename arguments, lf will list the files in the current directory. If you specify one filename argument, lf will list it; if it is a directory, lf will list the files contained in that directory.
If you specify multiple filename arguments and some of them are
directories, lf will list the contents of the directories. Here is an
example: suppose you had two directories, foo and bar, and they had some
files in them. This is the result if you run lf foo bar
:
: bar/notes foo/README c: bar/foocode foo/barcode h: bar/foocode foo/barcode
If you instead called lf with the --directory (-d) argument, the contents of directories would not be read. You would get a result like this:
DIRS: bar foo
lf treats files of the format "foo-1.23" specially. Files with names like this don't really have a sensible extension, and it's better to have them listed with the no-extension files. When any filename contains a dash ('-'), followed by zero or more digits, followed by a period ('.'), followed by one or more digits, lf treats the filename as if it had no extension.
The extensions are printed in sorted order, and the filenames are sorted as well within each line.
If any files have a dot as the last character of their filename, lf will consider their extension to be "." (a single dot). Other than this special case, lf prints file extensions without a dot.
lf tries to get the user's default locale, and use locale-specific functions for sorting filenames. (If lf is called with the --force-lower-case option, the user's default locale is used for the lower-case function too.) If lf is unable to get the locale, it will fall back to the "C" locale which is based on plain ASCII.
Removing the extensions from the filenames saves some space, and you can fit quite a bit of information into one screen. Also, it can be valuable to see your files sorted by extension; you can quickly tell what kinds of files are in the directory.
Like ls(1), if invoked with no filenames specified as arguments, lf will list the files in the current directory.
--license
,
--licence
Show the text of the free software license under which lf is distributed.
-a
,
--show-all
Include files that would normally be hidden. On Linux and *NIX file systems, filenames that start with a period ('.') would normally be hidden.
-A
,
--ascii
Sort by ASCII values of characters in filenames rather than the default locale. Case-sensitive.
-I
,
--ascii-ic
Sort by ASCII values of characters in filenames rather than the default locale. Case-insensitive.
-L
,
--locale
Sort according to the default locale. This is lf's default behavior.
-d
,
--directory
Print directory names as if they were filenames, rather than listing their files.
-X <number>
,
--ext-spacing=<number>
Sets the width reserved on each line for the extension. Extensions shorter than this are right-justified within this width. The default value is 4.
-Z <number>
,
--ext-width-limit=<number>
Sets the limit on how long an extension can be. Any extension longer than this limit is ignored (the filename is treated as if it did not contain any extension). The default value is 4.
-F
,
--force-lower-case
Forces all filenames (including directory names) to lower case. This is mainly useful if you are dealing with a file system that only contains upper-case filenames, such as an old FAT file system.
-N <string>
,
--name-separator=<string>
Specify a different separator to print between base filenames. The default separator is a single space. You could, for example, set the separator to a comma and a space (", ") if you have many filenames with spaces in them and you want to make it easier to tell where the files actually end.
-S <string>
,
--replace-spaces=<string>
Specifies a string that will replace spaces in filenames in the
listing. You could, for example, set this to '*' and then the filename
"this is my file
"
would print as
"this*is*my*file
".
(Note that the shell expands a '*' so you will need to quote it.)
-w <number>
,
--line-width=<number>
Format output in lines of this many characters or fewer. The default value is 80. lf will start a new line of output if printing a filename would make the line longer than this limit.
In a graphical desktop environent the available width of lines in a terminal emulator can change if the window is resized. The bash(1) shell has a shell variable, COLUMNS, that always contains the current line width. With the command "export COLUMNS" you can make it into an environment variable, and lf will be able to retrieve its value. You could then set the LFOPTS environment variable to include "--line-width=$COLUMNS", and when you resize the width of your terminal emulator, lf will print listings that fit perfectly in the new width of the terminal emulator. If you do this, you can use the --margin (-M) option to keep filenames from going all the way to the end of the line.
-M <number>
,
--margin=<number>
Reserve (leave blank) this many spaces on the right side of each line. The default value is 0, so by default lf will print filenames all the way to the full line width.
-v <number>
,
--verbose=<number>
Control how verbose the output is. Currently three levels are defined:
| 0: just print filenames. |
| 1: print a header showing directory being listed, then print filenames. |
| 2: print a report on how options are set, then print the same output as level 1. |
-V
,
--version
Show version information. Complies with GNU standard --version format.
If you set a variable called LFOPTS in the environment, lf will parse it for options. These will be treated the same as if they had been typed as command-line arguments to lf. If an option is set in LFOPTS and set a different way from the command-line, the command-line argument will override the argument in LFOPTS.
For example, if you often work with extensions 5 characters long, you might want to set LFOPTS like so:
export LFOPTS="--ext-spacing=5 --ext-width-limit=5"
In the 1980's I used a freeware program for MS-DOS called LF.COM, which listed files sorted by extension, and which gave me the idea for this program. The author of LF.COM was not listed in the program anywhere, nor was source code available. Whoever wrote LF.COM: thank you!
Copyright © 2007 Steve R. Hastings.
This is free software; see the source code for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
If you use the --force-lower-case (-F) option when running lf on a file system that allows mixed-case filenames, and there are two filenames that differ only by case, lf will silently show only one name for both. In other words, if both names are identical when forced to lower-case, lf will treat them as a single file.


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This inspection reports lambda expressions with code block bodies when expression-style bodies can be used


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Create a user form - following should be the case:
- user name:
- required, minimum 3 chars and maximum 16 chars, only allow a-z, numbers, '_' and '-'.
- name:
- required, numbers and special characters are not allowed.
- date of birth:
- optional, but must be a valid date.
- email:
- required, should be a valid email.


Canonical forms and automorphisms for linear codes over finite fields#
We implemented the algorithm described in [Feu2009] which computes, a unique
code (canonical form) in the equivalence class of a given
linear code \(C \leq \GF{q}^n\). Furthermore, this algorithm will return the
automorphism group of \(C\), too. You will find more details about the algorithm
in the documentation of the class
LinearCodeAutGroupCanLabel
.
The equivalence of codes is modeled as a group action by the group \(G = {\GF{q}^*}^n \rtimes (Aut(\GF{q}) \times S_n)\) on the set of subspaces of \(\GF{q}^n\) . The group \(G\) will be called the semimonomial group of degree \(n\).
The algorithm is started by initializing the class
LinearCodeAutGroupCanLabel
.
When the object gets available, all computations are already finished and
you can access the relevant data using the member functions:
People do also use some weaker notions of equivalence, namely
permutational equivalence and monomial equivalence (linear isometries).
These can be seen as the subgroups \(S_n\) and \({\GF{q}^*}^n \rtimes S_n\) of \(G\).
If you are interested in one of these notions, you can just pass
the optional parameter algorithm_type
.
A second optional parameter P
allows you to restrict the
group of permutations \(S_n\) to a subgroup which respects the coloring given
by P
.
AUTHORS:
Thomas Feulner (2012-11-15): initial version
EXAMPLES:
sage: from sage.coding.codecan.autgroup_can_label import LinearCodeAutGroupCanLabel
sage: C = codes.HammingCode(GF(3), 3).dual_code()
sage: P = LinearCodeAutGroupCanLabel(C)
sage: P.get_canonical_form().generator_matrix()
[1 0 0 0 0 1 1 1 1 1 1 1 1]
[0 1 0 1 1 0 0 1 1 2 2 1 2]
[0 0 1 1 2 1 2 1 2 1 2 0 0]
sage: LinearCode(P.get_transporter()*C.generator_matrix()) == P.get_canonical_form()
True
sage: A = P.get_autom_gens()
sage: all(LinearCode(a*C.generator_matrix()) == C for a in A)
True
sage: P.get_autom_order() == GL(3, GF(3)).order()
True
If the dimension of the dual code is smaller, we will work on this code:
sage: C2 = codes.HammingCode(GF(3), 3)
sage: P2 = LinearCodeAutGroupCanLabel(C2)
sage: P2.get_canonical_form().parity_check_matrix() == P.get_canonical_form().generator_matrix()
True
There is a specialization of this algorithm to pass a coloring on the coordinates. This is just a list of lists, telling the algorithm which columns do share the same coloring:
sage: C = codes.HammingCode(GF(4, 'a'), 3).dual_code()
sage: P = LinearCodeAutGroupCanLabel(C, P=[ [0], [1], list(range(2, C.length())) ])
sage: P.get_autom_order()
864
sage: A = [a.get_perm() for a in P.get_autom_gens()]
sage: H = SymmetricGroup(21).subgroup(A)
sage: H.orbits()
((1,),
(2,),
(3, 5, 4),
(6, 19, 16, 21, 9, 10, 15, 8, 20, 11, 14, 13, 7, 12, 18, 17))
We can also restrict the group action to linear isometries:
sage: P = LinearCodeAutGroupCanLabel(C, algorithm_type="linear")
sage: P.get_autom_order() == GL(3, GF(4, 'a')).order()
True
and to the action of the symmetric group only:
sage: P = LinearCodeAutGroupCanLabel(C, algorithm_type="permutational")
sage: P.get_autom_order() == C.permutation_automorphism_group().order()
True
- class sage.coding.codecan.autgroup_can_label.LinearCodeAutGroupCanLabel(C, P=None, algorithm_type='semilinear')#
Bases:
object
Canonical representatives and automorphism group computation for linear codes over finite fields.
There are several notions of equivalence for linear codes: Let \(C\), \(D\) be linear codes of length \(n\) and dimension \(k\). The codes \(C\) and \(D\) are said to be
permutational equivalent, if there is some permutation \(\pi \in S_n\) such that \((c_{\pi(0)}, \ldots, c_{\pi(n-1)}) \in D\) for all \(c \in C\).
linear equivalent, if there is some permutation \(\pi \in S_n\) and a vector \(\phi \in {\GF{q}^*}^n\) of units of length \(n\) such that \((c_{\pi(0)} \phi_0^{-1}, \ldots, c_{\pi(n-1)} \phi_{n-1}^{-1}) \in D\) for all \(c \in C\).
semilinear equivalent, if there is some permutation \(\pi \in S_n\), a vector \(\phi\) of units of length \(n\) and a field automorphism \(\alpha\) such that \((\alpha(c_{\pi(0)}) \phi_0^{-1}, \ldots, \alpha( c_{\pi(n-1)}) \phi_{n-1}^{-1} ) \in D\) for all \(c \in C\).
These are group actions. This class provides an algorithm that will compute a unique representative \(D\) in the orbit of the given linear code \(C\). Furthermore, the group element \(g\) with \(g * C = D\) and the automorphism group of \(C\) will be computed as well.
There is also the possibility to restrict the permutational part of this action to a Young subgroup of \(S_n\). This could be achieved by passing a partition \(P\) (as a list of lists) of the set \(\{0, \ldots, n-1\}\). This is an option which is also available in the computation of a canonical form of a graph, see
sage.graphs.generic_graph.GenericGraph.canonical_label()
.EXAMPLES:
sage: from sage.coding.codecan.autgroup_can_label import LinearCodeAutGroupCanLabel sage: C = codes.HammingCode(GF(3), 3).dual_code() sage: P = LinearCodeAutGroupCanLabel(C) sage: P.get_canonical_form().generator_matrix() [1 0 0 0 0 1 1 1 1 1 1 1 1] [0 1 0 1 1 0 0 1 1 2 2 1 2] [0 0 1 1 2 1 2 1 2 1 2 0 0] sage: LinearCode(P.get_transporter()*C.generator_matrix()) == P.get_canonical_form() True sage: a = P.get_autom_gens()[0] sage: (a*C.generator_matrix()).echelon_form() == C.generator_matrix().echelon_form() True sage: P.get_autom_order() == GL(3, GF(3)).order() True
- get_PGammaL_gens()#
Return the set of generators translated to the group \(P\Gamma L(k,q)\).
There is a geometric point of view of code equivalence. A linear code is identified with the multiset of points in the finite projective geometry \(PG(k-1, q)\). The equivalence of codes translates to the natural action of \(P\Gamma L(k,q)\). Therefore, we may interpret the group as a subgroup of \(P\Gamma L(k,q)\) as well.
EXAMPLES:
sage: from sage.coding.codecan.autgroup_can_label import LinearCodeAutGroupCanLabel sage: C = codes.HammingCode(GF(4, 'a'), 3).dual_code() sage: A = LinearCodeAutGroupCanLabel(C).get_PGammaL_gens() sage: Gamma = C.generator_matrix() sage: N = [ x.monic() for x in Gamma.columns() ] sage: all((g[0]*n.apply_map(g[1])).monic() in N for n in N for g in A) True
- get_PGammaL_order()#
Return the size of the automorphism group as a subgroup of \(P\Gamma L(k,q)\).
There is a geometric point of view of code equivalence. A linear code is identified with the multiset of points in the finite projective geometry \(PG(k-1, q)\). The equivalence of codes translates to the natural action of \(P\Gamma L(k,q)\). Therefore, we may interpret the group as a subgroup of \(P\Gamma L(k,q)\) as well.
EXAMPLES:
sage: from sage.coding.codecan.autgroup_can_label import LinearCodeAutGroupCanLabel sage: C = codes.HammingCode(GF(4, 'a'), 3).dual_code() sage: LinearCodeAutGroupCanLabel(C).get_PGammaL_order() == GL(3, GF(4, 'a')).order()*2/3 True
- get_autom_gens()#
Return a generating set for the automorphism group of the code.
EXAMPLES:
sage: from sage.coding.codecan.autgroup_can_label import LinearCodeAutGroupCanLabel sage: C = codes.HammingCode(GF(2), 3).dual_code() sage: A = LinearCodeAutGroupCanLabel(C).get_autom_gens() sage: Gamma = C.generator_matrix().echelon_form() sage: all((g*Gamma).echelon_form() == Gamma for g in A) True
- get_autom_order()#
Return the size of the automorphism group of the code.
EXAMPLES:
sage: from sage.coding.codecan.autgroup_can_label import LinearCodeAutGroupCanLabel sage: C = codes.HammingCode(GF(2), 3).dual_code() sage: LinearCodeAutGroupCanLabel(C).get_autom_order() 168
- get_canonical_form()#
Return the canonical orbit representative we computed.
EXAMPLES:
sage: from sage.coding.codecan.autgroup_can_label import LinearCodeAutGroupCanLabel sage: C = codes.HammingCode(GF(3), 3).dual_code() sage: CF1 = LinearCodeAutGroupCanLabel(C).get_canonical_form() sage: s = SemimonomialTransformationGroup(GF(3), C.length()).an_element() sage: C2 = LinearCode(s*C.generator_matrix()) sage: CF2 = LinearCodeAutGroupCanLabel(C2).get_canonical_form() sage: CF1 == CF2 True
- get_transporter()#
Return the element which maps the code to its canonical form.
EXAMPLES:
sage: from sage.coding.codecan.autgroup_can_label import LinearCodeAutGroupCanLabel sage: C = codes.HammingCode(GF(2), 3).dual_code() sage: P = LinearCodeAutGroupCanLabel(C) sage: g = P.get_transporter() sage: D = P.get_canonical_form() sage: (g*C.generator_matrix()).echelon_form() == D.generator_matrix().echelon_form() True


HELLO, This Taima Al-hajjaj , I've studied a business administration, and now im working hard to be Web Developer


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Welcome to Decoded's Raspberry Pi! This page is being served from our Pi at Decoded HQ in London.
You can use our API to keep track of checkins to an app, or to store arbitrary data.
The Decoded Checkin API makes it possible to store a list of usernames and the number of times each one has been checked in.
The API is found at this URL:
To create a new data store, add a unique piece of text at the end of the URL:
To store a new checkin, request this URL in the browser, but add a "username" value at the end:
If the "username" does not currently exist in your new database, then it is added with the number of checkins set to 1.
Each time this URL is requested the backend database will increment the number of checkins for that user by 1.
The Raspberry Pi server will send back the checkin information for that user as a JavaScript object:
Create an HTML form with a text input. This is where your users can enter their checkin information.
Give the text input the name "username".
Define the form action as the new data store URL. This tells the form where to send the users check-in information.
The Decoded Store API makes it possible to store arbitrary data in JSON format.
The API is exposed via a URL:
To create a new data store, add a unique string of text to the URL:
To save some data, make an HTTP GET request to the URL, with data sent as URL parameters. An id parameter will automatically be created that is set to the current time stamp.
The URL will then return a JavaScript object of the result, as well as a timestamp:
To view all of your data, make an HTTP GET request to your store URL
The URL will then return all of the json data
Create an HTML form with a text input. This is where your users can enter their email.
Give the text input the name "email".
Define the form action as the new data store URL. This tells the form where to send the users check-in information.
You can then add as many input fields to this form as you like.


- 1.0 Initial Release
- 1.1 Mini Update
- Added Planned / ChangeLog
- Small CSS updates
- 1.2 Building On What we learned
- Removed Sorting from Slot Column
- Split ChangeLog and Planned Features Pages
- Added Navigation Bar
- General Code Cleanup
- Set-up Place-holder Pages for next release
- 1.3 Next Steps
- Organized CSS File to be easier to edit and navigate
- Added Comments to JS and CSS Files
- Began Implimenting Changes needed for Big Fishing
- 1.5 A Fishing we will go!
- Built out Fishing Table
- Added all functionality to fishing table
Version 1.5 - April 2, 2015


--- layout: page title: "Extracurricular" description: "Extracurricular Activities" header-img: "img/programming.png" ---
Attended Science Olympiad Regionals and placed 1st in Regional Entomology and Astronomy, 2nd in Scrambler, and 3rd in Game On. Also attended IJSHS.
2014 - Present
Attended High School National Championship Tournament (HSNCT) in 2015 and 2017. Placed 4th in Small School National Championship Tournament (SSNCT) in 2017. Volunteered keeping score at numerous Macomb Invitationals
2012 - Present
Section Leader for Snare Drums, High Battery, and Drumline for the Macomb Marching Band. Placed first chair in both ILMEA Regional and All-State Orchestra
I am a very simple card. I am good at containing small bits of information. I am convenient because I require little markup to use effectively.
2005-Present


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Function visc_dTp implements a function to
compute the industrial formulation of the dynamic viscosity of
water as a function of density and temperature. The details are
described in the document
visc.pdf.
Function cond_dTp implements a function to
compute the industrial formulation of the thermal conductivity of
water as a function of density, temperature and pressure.
Important note: Obviously only two of the three
inputs are really needed, but using three inputs speeds up the
computation and the three variables are known in most models
anyways. The inputs d,T and p have to be consistent. The details
are described in the document
surf.pdf.
Function surfaceTension implements a function
to compute the surface tension between vapour and liquid water as a
function of temperature. The details are described in the document
thcond.pdf.
Version Info and Revision history
First implemented: October, 2002 by Hubertus
Tummescheit
Authors: Hubertus Tummescheit and Jonas Eborn
Modelon AB
Ideon Science Park
SE-22370 Lund, Sweden
email: hubertus@modelon.se


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/rw.20inside.20lambda.html ---
from my experience, simp
can change things inside lambda, but rw
cannot. Is there a way to bypass this and let rw
change inside lambda?
conv
+ rw
Also see topic https://leanprover.zulipchat.com/#narrow/stream/113488-general/subject/rw.20under.20lambda/near/126107890 and the more verbose topic https://leanprover.zulipchat.com/#narrow/stream/113488-general/subject/Why.20can't.20.60rw.60.20look.20inside.20lambda.20expressions.3F/near/130212033
so exactly which tactics are avaiblale inside conv
?
rw
I mean, a complete list of tactics available inside conv
There's probably a file in core which lists them. There's to_lhs, something called something like whnf and you might want to skim Patrick's docs
https://github.com/leanprover/lean/blob/master/library/init/meta/converter/interactive.lean
Maybe that's the definitive answer
Funext, change, simp and dsimp
https://github.com/leanprover/mathlib/blob/master/docs/extras/conv.md
Has a couple of nice tricks
well I would like to be able to use apply/exact/refine
inside conv
conv
inside conv
would also be useful
I feel like conv
has a lot of potential to be the most powerful tactic ever
@Mario Carneiro I don't understand why there's no basic tactics (i.e. exact
) inside conv
conv
is a different monad from tactic
exact
doesn't even make sense
I mean, why didn't we implement exact inside conv
conv is just a bunch of congr_arg and funext right
the tactic state in the conv monad is basically ?p : X = ?m
where ?p
and ?m
are to be determined
if we have a + b = c + d
, and I do conv { to_lhs, congr, skip, }
then the current state is a + b = a + ?m
right
if I do exact (sorry : b = foo b)
then I can tell Lean exactly that ?m
should be foo b
right
by comparison to the regular tactic state which is just ?m : t
I think update_lhs
does that
I've never heard about that one. Sounds good!
Can you also zoom out in conv
?
You zoom in with congr
and funext
. But I sometimes also want to zoom out again.
No, zoom out doesn't make sense
what is possible instead is a split lhs/rhs that produces multiple subgoals
also, lhs/rhs is so passe. We need rcases patterns in conv!
what is update_lhs?
I guess it is not an interactive command, but it is available as a conv tactic
meta def update_lhs (new_lhs : expr) (h : expr) : conv unit := do transitivity, rhs >>= unify new_lhs, exact h, t ← target >>= instantiate_mvars, change t
@Mario Carneiro Why would zoom out not make sense? If I drill down into a nested sum, do some rw
there, then I would want to zoom out again and play with the sum that is 1 level up.
As I said, the conv monad has a state which is ?p : X = ?m
. If you zoom in then ?m
is assigned, so you can't return to it any more than you can rewind in a proof
I think that to_lhs
would make more sense as a tactic combinator, i.e. to_lhs { <conv> }, <conv>
that would allow you to return to the outer context in the second part
also if I go deep inside using conv
then all the variables have the same name and I can't even dedup
note that find
is actually a combinator like this inside conv, so you can use it to temporarily zoom in
however, find patterns never work the way I want them to
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


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{% extends "base.html" %} {% block content %}
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Post edited 3 x times, last by
Topicstarter
As the title say, all about Easter Eggs in this thread.. :-)
Rogue Transmission - ROAR
VIDEO
http://www.youtube.com/watch?v=7gxVlJS_aHw
Paracel Storm - FISHY
VIDEO
http://www.youtube.com/watch?v=fk5fdlbwL34&t=286
China Rising - PHANTOM PROSPECT
VIDEO
http://www.youtube.com/watch?v=6rP7bQ3Agg0
ANSWER
bumpinthenight
Hainan Resort - BOOM
(new 2014-01-15)
VIDEO
http://www.youtube.com/watch?v=AWZSyTq3kLw


--- date: "2009-01-26T00:00:00Z" meta: _edit_last: "2" published: true status: publish categories: - Programming tags: - .NET title: Common Sevice Locator type: post --- One of the nice things about Dependency Injection is that it can really help write a more flexible, modular application. These days, it seems that there is no shortage of choice in the .NET community when it comes to IoC frameworks:
1: public class DefaultStructureMapRegistry: Registry
2: {
3: public DefaultStructureMapRegistry()
4: {
5: ForRequestedType<IDb4oConfiguration>()
6: .TheDefaultIsConcreteType<SimpleDb4oConfiguration>();
7: }
8: }In a nutshell this says that every time StructureMap is asked to provided an object of type IDb4oConfiguration, it should instantiate a SimpleDb4oConfiguration object and return that. So, to get an instance of IDb4oConfiguration with StructureMap, I would do something like this:
1: var db4oConfig = ObjectFactory.GetInstance<IDb4oConfiguration>();Pretty simple, but it does kind of tightly couples me to StructureMap. If I need/feel like/am forced at gunpoint to change my IoC container to something that is Not StructureMap, you can bet that there will be much wailing and gnashing of teeth on my part as I hunt through my code to make these changes. Now enter the Common Service Locator. First, let's take a peek at some interfaces for CSL. First an interface:
1: namespace Microsoft.Practices.ServiceLocation
2: {
3: public interface IServiceLocator : IServiceProvider
4: {
5: object GetInstance(Type serviceType);
6: object GetInstance(Type serviceType, string key);
7: IEnumerable<object> GetAllInstances(Type serviceType);
8: TService GetInstance<TService>();
9: TService GetInstance<TService>(string key);
10: IEnumerable<TService> GetAllInstances<TService>();
11: }
12: }The IServiceLocator is an interface that your application will use when it requests something from your IoC container. Another thing that CSL provides is a static class that your application would use to use a current IServiceLocator to request services. That static class looks something like:
1: namespace Microsoft.Practices.ServiceLocation
2: {
3: public static class ServiceLocator
4: {
5: public static IServiceLocator Current { get; }
6: public static void SetLocatorProvider(ServiceLocatorProvider newProvider) {};
7: }
8: }So, now lets see how we would request the default implementation of the IDb4oConfiguration service using CSL. First, we would initialize CSL:
1: var registry = new DefaultStructureMapRegistry();
2: var container = new global::StructureMap.Container(registry);
3: var smServiceLocator = new StructureMapServiceLocator(container);
4: ServiceLocator.SetLocatorProvider(() => smServiceLocator );What is going on here? Allow me to provide a quick line by line explanation: Line 1 we instantiate a new StructureMap registry. We then feed that registry to a StructureMap container in line 2. With line 3, we see that StructureMap container is then fed to the StructureMapServiceLocator, which is the SM adapter for the Common Service Locator. Finally, with line 4 we provide a lambda that CSL will use to fulfill future requests for services. Now when our application wants to get an instance of IDb4oConfiguration it just politely asks CSL:
1: var db4oConfig = ServiceLocator.Current.GetService<IDb4oConfiguration>();Pretty simple and clean, eh? Now, when radical group the Foundation for Unity as the Dominate IoC Container sneaks into your cube and forces you at the point of a nerf gun to switch to Unity, you can do so with minimal disruption to your application. With a properly layered application, it would be as simple as coding a new UnityConfiguration layer and then using that instead of your StructureMapConfiguration layer on application startup. Now, granted this is pretty trivialized example. There are other ways to solve this problem, but CSL does seem to take are of the grunt work for you so that you can just get going with things.


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best_of_generation() (genetic_optimizer.GeneticNeuralOptimizer method)
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F
fit() (genetic_optimizer.GeneticNeuralOptimizer method)
(genetic_optimizer.GeneticNeuralWeightOptimizer method)
(genetic_optimizer.GeneticRegularizator method)
fitness() (genetic_optimizer.GeneticNeuralOptimizer method)
(genetic_optimizer.GeneticNeuralWeightOptimizer method)
(genetic_optimizer.GeneticRegularizator method)
G
GA() (genetic_optimizer.GeneticNeuralOptimizer method)
(genetic_optimizer.GeneticNeuralWeightOptimizer method)
(genetic_optimizer.GeneticRegularizator method)
generate_population() (genetic_optimizer.GeneticOptimizer method)
genetic_optimizer (module)
GeneticNeuralOptimizer (class in genetic_optimizer)
GeneticNeuralWeightOptimizer (class in genetic_optimizer)
GeneticOptimizer (class in genetic_optimizer)
GeneticRegularizator (class in genetic_optimizer)
M
mutate() (genetic_optimizer.GeneticOptimizer method)
O
original_weights_shape() (genetic_optimizer.GeneticOptimizer method)
R
random_selection() (genetic_optimizer.GeneticOptimizer method)
reproduce() (genetic_optimizer.GeneticOptimizer static method)
T
transform_weights() (genetic_optimizer.GeneticNeuralOptimizer method)
(genetic_optimizer.GeneticNeuralWeightOptimizer method)
(genetic_optimizer.GeneticRegularizator method)
W
weights_to_vector() (genetic_optimizer.GeneticNeuralOptimizer method)
(genetic_optimizer.GeneticNeuralWeightOptimizer method)
(genetic_optimizer.GeneticRegularizator method)
weights_to_vector_alt() (genetic_optimizer.GeneticNeuralOptimizer method)
(genetic_optimizer.GeneticNeuralWeightOptimizer method)
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eu.moeebius.fdd.rules.ahu.apar
Interfaces
AparInterface
Classes
AparSymptoms
DetermineOperationMode
DetermineSteadyStateOperationMode
RobustFDDparameters
Rule1
Rule10
Rule11
Rule12
Rule13
Rule14
Rule15
Rule16
Rule17
Rule18
Rule19
Rule2
Rule20
Rule21
Rule22
Rule23
Rule24
Rule25
Rule26
Rule27
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Rule3
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Rule5
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Enums
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TraME (Transportation Methods for Econometrics) is a templated C++ library for solving problems of equilibrium computation and estimation in consumer demand and matching frameworks via the Mass Transportation Approach.
|
|
|
Authors:
The library can be installed on Unix-alike systems via the standard ./configure && make
method:
# clone TraME into the current directory git clone https://github.com/TraME-Project/TraME ./trame # build and install cd ./trame ./configure -i "/usr/local" -p make make install
The last line will install TraME to /usr/local.
Configuration options: (see ./configure -h
)
-h
print help-i
install path; default: the build directory-l
specify a linear programming library to use;
-l glpk
or -l gurobi
-m
specify the BLAS and Lapack libraries to link against;
-m "-lopenblas"
or -m "-framework Accelerate"
-o
compiler optimization options;
-O3 -march=native -ffp-contract=fast -flto -DARMA_NO_DEBUG
-p
enable OpenMP parallelization features (recommended)-c
a coverage build (used with Codecov)-d
a 'development' build-g
a debugging build (optimization flags set to -O0 -g
)configure
script will search for Armadillo files in the usual places: /usr/include
, /usr/local/include
, /opt/include
, /opt/local/include
. If the Armadillo header files are installed elsewhere, set the following environment variable before running configure
:
export ARMA_INCLUDE_PATH=/path/to/armadilloOtherwise the build script will download the required files from the Armadillo GitLab repository.


| ACPID(1) | User Commands | ACPID(1) |
Listen to ACPI events and spawn specific helpers on event arrival
-e FILE /proc event file [/proc/acpi/event]
-l FILE Log file [/var/log/acpid.log]
-p FILE Pid file [/var/run/acpid.pid]
-a FILE Action file [/etc/acpid.conf]
-M FILE Map file [/etc/acpi.map]
Accept and ignore compatibility options -g -m -s -S -v
| April 2020 | Fidelix 1.0 |


[gecode-users] problem with gecode 3.0
Christian Schulte
cschulte at kth.se
Wed Mar 18 14:57:48 CET 2009
Hi Alberto,
That seems to be a problem with reified Boolean linear constraints (which
are new in 3.0.0). I'll have a look as soon as I find time.
For the meantime, you could channel the 0/1 variables to integers and then
use the integer version...
Sorry
Christian
--
Christian Schulte, www.it.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Alberto Delgado
Sent: Monday, March 16, 2009 10:24 AM
To: users at gecode.org
Subject: [gecode-users] problem with gecode 3.0
Hi,
I'm getting some weird solutions from a problem I'm solving with gecode 3.0
that i don't when i use gecode 2.2.
There is a simplified version of the problem where i've isolated the
specific situation in the attached files.
Basically, what the problem does is to determine whether there is any
repeated occurences of a value assigned to a position in a stack below such
position. I define an objective variable that is the sum of positions with
repeated occurrences below them.
When i try to find the best solution some of the reified variables i use
are set to 0 in situations where they shoudn't, and the objective variable
takes values that don't match the valuation of the solution.
prueba.cc is set to be run using gecode 3.0 and prueba2.cc using gecode
2.2.
Thanks ind advance for any help/advice.
Alberto
More information about the gecode-users
mailing list


public class CasseroleHourmeter
extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
java.lang.String |
HOURMETER_FNAME
Location where the hourmeter data will be stored
|
boolean |
isRunning
True when the hourmeter is running, false if it has stopped for any reason
|
double |
minutesAutonomous
Total minutes the robot has been running in autonomous mode.
|
double |
minutesDisabled
Total minutes the robot has been running in disabled mode.
|
double |
minutesTeleop
Total minutes the robot has been running in teleop mode.
|
double |
minutesTest
Total minutes the robot has been running in test mode.
|
double |
minutesTotal
Total minutes the robot has had user software running
|
double |
numAutonomousEnables
Number of times the robot has been enabled into autonomous mode
|
double |
numTeleopEnables
Number of times the robot has been enabled into teleop mode
|
double |
numTestEnables
Number of times the robot has been enabled into test mode
|
| Modifier and Type | Method and Description |
|---|---|
void |
immedeateUpdate()
Perform an immediate update of the hourmeter.
|
public final java.lang.String HOURMETER_FNAME
public double minutesTotal
public double minutesDisabled
public double minutesTeleop
public double minutesAutonomous
public double minutesTest
public double numTeleopEnables
public double numAutonomousEnables
public double numTestEnables
public boolean isRunning


Joseph Cantos
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Wire-Frame
Rock Paper Scissors


Did Ford Make A Mistake Killing America's Focus?
Ford of Europe has something to brag about.
by Ian WrightThe Ford Focus Active was going to be the last variant of the Focus available on the US market, but the Trump administration's antics with tariffs put paid to that. That left the Mustang as Ford's only non-crossover or truck in America. The response has been that Ford customers that don't want to buy a crossover have been jumping to other brands to get a sedan or hatchback. This has played nicely into the hands of companies like Nissan and Honda who aren't turning their back on the humble small car.
While the crossover has become the mass vehicle of choice, plenty of people still want small affordable cars, and the Ford Focus and Ford Fiesta fit that demographic nicely. In Europe, the Focus is going from strength to strength, and Ford of Europe has been bragging about it in a press release.
"From the Focus five-door model to the wagon, from Active to ST, there is no wider choice offered to customers in the segment," said Roelant de Waard, vice president, Marketing, Sales & Service, Ford of Europe. "And all models come with great design and technology."
In Europe, the Focus year-to-date sales are at their strongest since 2015, with 194,700 Focus sales up to the end of October. That's the equivalent of one sale every 135 seconds.
Next for European Focus customers is the EcoBoost Hybrid 48-volt mild-hybrid powertrain, which will enhance fuel efficiency while delivering more power. When you consider the small car market is driven by economy, we're a little baffled why Ford doesn't want to bring that here. While the Focus might not be a big volume product here, and while turning your back on loyal customers can work out mathematically in the short term, the automotive business is a longterm one.


| Targets are when you are trying to wake up or go to bed. | |
| Press targets to set your targets. | |
| Default targets apply to each day of the week. | |
| Custom targets apply special wakeup or bedtimes targets to specific dates. These supercede the default targets. | |
| The abbreviation n.d. means on the next day |
| Press bedtime when you go to bed, and press awake when you wake up. | |
| You can only go to bed or wake up once per day. | |
| Pressing awake or bedtime again will update the current day's records. | |
| You can add wakeup and bedtimes for other days by pressing records. |
| Press sleep report to make a report. | |
| Choose the report period. | |
| Your sleep report shows your daily sleep average, and how well you're sticking to your targets. | |
| Press export to CSV to export your sleep target and record data to a file. |


{% extends 'layout.html' %}{% load static %}{% block body %}
As we see as of now that schools might not open and and we may not get the farewell due to n-Cov induced situtations. So some us in SC-1 decided to do a kind of farewell fun. So here the student profiles are created by the administrators and if you wish it can removed also! Here we have voting titles, like you can vote someone for specific title
like that Mr.APS we have in school similarly we here we have lot of titles here. Also you give nicknames to a student like in Farewell class 11 students gives you nicknames badge like Mr. Pubg Player
How do we process data ?
Well to be honest nothing is collected! Like even when you vote or give nicknames its all anonymous, yesss!! not even website creator or moderator cannot see who votes / who gave the nickname. Even we have the confession box where no one see who gave the confession yess but anyone can see what is the confession but not the one who wrote or gave that confession. 😃 Yess but we do use the session data to limit spamming! 😉 Still don't believe us ?? Then
you can checkout this website source-code to see how it works {{'https://github.com/Dhruvacube/la22b'|urlizetrunc:20}}
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add your name by submitting your name in this form {{'https://forms.gle/M8hkJbjueH3KXgfDA'|urlizetrunc:20}} Still wondering how do you have your profile here even you didn't submmited the form ? Well to be honest most of the student profile pictures were collected from the respective Instagram profiles. Still wanted to change to profile ? You can do so by submitting the above form.
You can remove your name submitting your name to this form. Your name will be removed automatically after 24hrs after submitting
For both the duration is. from {{settings.vote_nicknameassigntime_start}} to {{settings.vote_nicknameassigntime}}
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{{settings.nickname_limit}} times a day per person. For confession the limit is. {{settings.confession_limit}} times a day.
Well you can contact us by submitting your query through this form
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Are you sure that you want to remove your profile ?
Don't exit and we will remove your profile within 24 hrs after verifications.


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--- layout: default --- ConvergeConf 2017 15-16 December, 2017 Kakinada Buy Tickets About ConvergeConf ConvergeConf 2017, a first of its kind conference on progressive technologies with eminent speakers enlighting you with the state of the art tech and helping you decide your path of transcendence. Join us from 15th - 16th December 10 Speakers 2 Day Event 20 Talks Speakers Person Name Designation Person Name Designation Person Name Designation Sponsors Comming Soon...
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Exoskeleton Design & Control for BMI Study
Introduction
The integration of a brain-machine interface (BMI) and an exoskeleton has the potential to promote the understanding of fundamental principles in the neural control of movements, as well as to motivate a new generation of rehabilitation or power augmentation exoskeleton systems. This research focuses on the design and control of a multiple degrees of freedom (DOF) upper limb exoskeleton for BMI macaques to achieve: 1) data acquisition (by torque control) and 2) motion actuation (by impedance/position control), providing proprioceptive feedbacks to help establish a closed-loop BMI system. Collaborators are researchers from the labs of Professor Jose Carmena and Professor Claire Tomlin at UC Berkeley working on, respectively, neural decoder design and hybrid system scheme identication and control. Our effort by now has been devoted to design and control of the upper-limb exoskeleton including kinematic design and analysis, torque reflecting actuator design, as well as hardware fabrication.
Research Topics
6-DOF Passive Exoskeleton for
Macaque Upper-limb
Motorized Exoskeleton Design for
Macaque Upper-limb
3D Target Presenting System
Researchers
| Junkai Lu | Graduate Student | ||
| Kevin Haninger | Graduate Student | Homepage | |
| Recent graduates: | |||
| Joonbum Bae | UNIST, Korea | Homepage | |
| Wenjie Chen | FANUC Corporation | Homepage |
Sponsor
National Science Foundation (NSF)


weather(1) weather(1) NAME weather - command-line tool to obtain weather conditions and forecasts SYNOPSIS weather [ options ] [ alias1 | search1 [ alias2 | search2 [...]]] DESCRIPTION This command-line utility is intended to provide quick access to current weather conditions and forecasts. Presently, it is capable of returning data for localities throughout the USA and some select locations globally by retrieving and formatting decoded METARs (Meteorological Aerodrome Reports) from NOAA (the USA National Oceanic and Atmospheric Administra‐ tion) and forecasts/alerts from NWS (the USA National Weather Service). The tool is written to function in the same spirit as other command-line informational utilities like cal(1), calendar(1) and dict(1). It retrieves arbitrary weather data via precompiled correlations or custom- tailored aliases (system-wide or on a per-user basis). Behavior can be determined by command-line options and specification of zero or more location aliases and search terms. Aliases are defined in weatherrc(5) files, as a convenient means of grouping URIs together using a short name. Specifying multiple aliases or location search terms on the command line causes the utility to output data for each, as if it had been invoked multiple times. If none are specified, then an alias of default is checked for a defargs option and any alias names listed within it (comma-separated) are applied instead. Searches utilize location correlation sets in INI-style text files named airports, places, stations, zctas and zones. A precomputed copy is dis‐ tributed with the source, but can be rebuilt from updated data sources as needed by placing them in the current working directory and running with the --build-sets option (see the comments at the top of any location cor‐ relation set file for instructions on where to find updated data sources). Positive search results are cached and sourced as aliases on subsequent runs for as long as the correlation sets remain unchanged, and are cleared automatically once the correlation sets are updated. Retrieved data is also cached automatically for a short period of time, adjustable with the cacheage configuration option or --cacheage command- line option. This helps throttle load against NOAA/NWS servers in case the utility is repeatedly re-run requesting the same data, but can be overridden with the cache_data configuration option or --no-cache-data command-line option. OPTIONS A summary of options is included below. --version show program's version number and exit -h, --help show a help message and exit -a, --alert include local alert notices --atypes=ATYPES list of alert notification types to display (ex: tornado_warn‐ ing,urgent_weather_message) --build-sets (re)build location correlation sets --cacheage=CACHEAGE duration in seconds to refresh cached data (ex: 900) --cachedir=CACHEDIR directory for storing cached searches and data (ex: ~/.weather) -f, --forecast include a local forecast --headers=HEADERS list of conditions headers to display (ex: temperature,wind) --imperial filter/convert conditions for US/UK units --info output detailed information for your search -l, --list list all configured aliases and cached searches --longlist display details of all configured aliases -m, --metric filter/convert conditions for metric units -n, --no-conditions disable output of current conditions --no-cache disable all caching (searches and data) --no-cache-data disable retrieved data caching --no-cache-search disable search result caching -q, --quiet skip preambles and don't indent --setpath=SETPATH directory search path for correlation sets (ex: .:~/.weather) -v, --verbose show full decoded feeds EXAMPLES weather View output for the default alias, if one has been defined (other‐ wise display usage/syntax similar to --help) weather rdu Display weather conditions at the airport with IATA/FAA code RDU. weather --info raleigh Show a list of FIPS codes for United States Census Bureau places containing the word raleigh (or the proximity information if only one match was found). weather "^ral[ie]{2}gh city.*nc$" Get the current weather conditions from the nearest station to the Census place name matching the regular expression provided. weather -fv fips3755000 Get the full decoded METAR from the nearest station, and the fore‐ cast data for the nearest zone to the Census place with FIPS code 3755000 with no special filtering or formatting. weather --forecast --no-cache-data 27613 Ignore any recent cached METAR or forecast data and display fresh output for the nearest station and zone to the Census ZCTA (essen‐ tially USPS ZIP code) 27613. weather home work Show current conditions for both the home and work aliases in that order. weather 35.878573,-78.727813 weather 35-52-43n,78-43-40w weather "35-52n, 78-43w" Display weather conditions for the nearest station to an arbitrary set of global coordinates in latitude,longitude order either in decimal format or degree, degree-minute or degree-minute-second formats, optionally using signed or cardinal hemisphere designa‐ tions with or without spacing. Note that the cut-off for maximum acceptable distance is hard-coded at 0.1 radians (roughly 637km or 396mi). INPUT FILES weather may additionally obtain configuration data from a system-wide configuration file, a per-user configuration file, and a local directory configuration file. The file format and configuration options are described in weatherrc(5). They are aggregated in the following order: /etc/weatherrc the system-wide configuration ~/.weather/weatherrc or ~/.weatherrc the per-user configuration ./weatherrc the local directory configuration AUTHOR Utility and manual written by Jeremy Stanley<EMAIL_ADDRESS>SEE ALSO weatherrc(5) 2.0 2012-06-24 weather(1)


Before Change
matching_voicing = ref_voicing * (est_cent > 0)
cent_diff = np.abs(cent_diff - octave)[matching_voicing]
frame_correct = (cent_diff < cent_tolerance)
n_voiced = float(ref_voicing.sum())
raw_chroma = (frame_correct).sum()/n_voiced
return raw_chroma
After Change
return 0.
// // Raw chroma = same as raw pitch except that octave errors are ignored.
nonzero_freqs = np.logical_and(est_cent != 0, ref_cent != 0)
if sum(nonzero_freqs) == 0:
return 0.
freq_diff_cents = np.abs(ref_cent - est_cent)[nonzero_freqs]


We are group of graduate students and professor associated with Data Science Lab get together to read and understand the very recent papers related to Theoretical and algorithmic aspects of nonlinear parameter estimation and deep learning. The aim is to develop rigourous understanding of this budding field. One of us will take the lead in presenting the paper. The presenter would go in depth (understand and explain any proofs, etc.) The presenter would also post notes on the paper prior to the meeting.
We meet twice a week. Currently, our plan is limited to Summer 2017 only. Please see our Reading list and Schedule page for more details. Details about upcoming meets are posted on Home.
The group is open for grad students/researchers/professors. Please send an email to Viraj at<EMAIL_ADDRESS>if interested.


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HTML and CSS are more design tools, to create the style and layout of the site. whereas JavaScript takes the site to whole new level, it is a way for the user to interact with the site. Along with interaction it is a way to organise and display data and access the troves of data on the internet.
Control Flow is quite simply the order that actions are completed. Such as you need to open the milk bottle before you can pour the milk.
JavaScript allows us to access data from arrays using bracket notations that stores a series of information. Objects allow for more variables to be stored and to even hold several arrays inside the object.
JavaScript allows for us to build ‘Functions’ that provide a way to set up a process. This process can then ‘Called’ on and used again and allowing to change a few variables. Essentially baking a cake but changing the ingredients.


| Module | MicroformatsHelper |
| In: |
lib/microformats_helper.rb
|
Microformats Helper is a plugin for generating content-rich tags in HTML files, following Microformats standards. For more information about Microformats, check its website (microformats.org).
Currently only the hCard microformat is available.
| Author: | Ricardo Shiota Yasuda |
| Copyright: | Copyright (c) 2008 Ricardo Shiota Yasuda |
| License: | MIT License (www.opensource.org/licenses/mit-license.php) |
All fields are optional but the name, you are required to provide at least one of the names below.
# File lib/microformats_helper.rb, line 38 38: def hcard(values) 39: 40: # support for additional HTML options, e.g. id 41: html_options = (values[:html] || {}) 42: 43: # support for additional classes 44: if classes = values[:class] 45: classes << " vcard" 46: else 47: classes = "vcard" 48: end 49: 50: # Figure out the name. Either FN or combination of family, additional, given. 51: unless fn = values[:fn] 52: if prefix = values[:prefix] 53: fn = content_tag("span", prefix, :class => "honorific-prefix") 54: end 55: fn = "" unless fn 56: if given = values[:given] 57: fn += " " + content_tag("span", given, :class => "given-name") 58: end 59: if additional = values[:additional] 60: fn += " " + content_tag("span", additional, :class => 'additional-name') 61: end 62: if family = values[:family] 63: fn += " " + content_tag("span", family, :class => "family-name") 64: end 65: if suffix = values[:suffix] 66: fn += ", " + content_tag("span", suffix, :class => "honorific-suffix") 67: end 68: end 69: 70: # Create link or span. Support passing url_for options. 71: if url = values[:url] 72: container_fn = link_to(fn, url, html_options.update(:class=>"fn n url")) 73: else 74: container_fn = "\n" + content_tag("span", fn, :class => "fn n") + "\n" 75: end 76: 77: if street = values[:street] 78: address = true 79: adr = content_tag("span", street, :class => "street-address") 80: end 81: adr = "" unless adr 82: if locality = values[:locality] 83: address = true 84: adr += " " + content_tag("span", locality, :class => "locality") 85: end 86: if region = values[:region] 87: address = true 88: adr += " - " + content_tag("span", region, :class => "region") 89: end 90: if postal_code = values[:postal_code] 91: address = true 92: adr += " " + content_tag("span", postal_code, :class => "postal-code") 93: end 94: if country = values[:country] 95: address = true 96: adr += " " + content_tag("span", country, :class => "country") 97: end 98: div_adr = (address == true) ? "\n" + content_tag("div", adr, :class => "adr") + "\n" : "" 99: 100: if email = values[:email] 101: div_email = "\n" + link_to(email, "mailto:#{email}", :class => "email") + "\n" 102: else 103: div_email = "" 104: end 105: 106: if tel = values[:tel] 107: div_tel = "\nTel: " + content_tag("div", tel, :class => "tel") + "\n" 108: else 109: div_tel = "" 110: end 111: 112: content_tag("span", container_fn + div_adr + div_email + div_tel, html_options.update(:class => classes)) 113: end


I am a Responsive Designer & Developer who thrives on visual storytelling and
the best user experience. When I'm not working, pursuing side projects
or getting lost in the rabbit hole of twitter, podcsts, and books, I can be found napping,
listening to music, roller skating, riding my bike, or searching for new stories
and adventures.
I have lived in the beautiful Pacific Northwest for almost half of my life now but,
I think I will always be a Philly girl at heart. I love pretzels and water ice. I don't think I'll
ever lose the accent,
either.
I often find myself looking at a crooked
pair of glasses on a stranger and
wishing I could walk up and fix them properly. The glasses, that is,
not the stranger.
One of my all-time favorite quotes:
“At 70 years old, if I could give my younger self one piece of advice,
it would be to use the phrase 'F--- Off ’ much more frequently.”
– Helen Mirren


Module
class Module
Generic Eladmin module.
Features:
- define module's apearence in admin interface - $title, $icon, title(), icon()
- handles authorization - $roles, $actionRoles, auth(), getRoles(), setRoles()
- handles rendering - requestUrl(), assetUrl(), view(), asset(), views(), blade()
- user defined actions - action
(), actions(), hasAction()
To configure the module you may define properties as shown in the following example.
class MyModule extends Eladmin\Module {
// set module's name
protected $title = 'My module';
// set module's icon
protected $icon = '<i class="fas fa-puzzle-piece"></i>';
// set authorized roles.
protected $roles = ['admin', 'user'];
// override to set authorized roles. empty array means any role.
protected $actionRoles = ['read' => self::ANYONE, 'write' => ['admin'], 'delete' => self::NOONE];
}
Views directory structure:
render.blade.php - module content
assets/style.css - module style
assets/script.css - module scripts
Constants
| ACTION_PREFIX |
Action methods prefix |
Properties
| protected | $title | override to set module's name | |
| protected | $icon | override to set module's icon | |
| protected | $views | Add views directory to module; | |
| protected | $roles | override to set authorized roles | |
| protected | $actionRoles | override to set authorized roles | |
| private | $core | Eladmin core instance | |
| private | $elakey | Module's elakey | |
| private | $actionsParsed | normalizing action names for elaActionRoles is expensive, we want to do it only once |
Public Methods
Each module has to be initialized with eladmin instance and its own elakey.
Each module has its elakey - index in modules array - used to address requests.
Check if user is authorized to do action, or athorized to access module at all.
Create asset url, file path relative to /assets directory. Default $version = eladmin version
Get roles authorized to work with the module, or specific action. Empty array means any role is authorized.
We want action keys to be case insensitive. This converts action to lowercase.
Convinient method for plain text output. Sets HTTP header text/plain and echo $str.
Convinient method for html output. Sets HTTP header text/html and echo $str.
Convinient method for json output. Sets HTTP header application/json and echo serialized $json.
Protected Methods
Private Methods
Set roles authorized to work with the module, or specific action. Empty array means any role is authorized.
Details
at line 96
__construct($core, $elakey)
Each module has to be initialized with eladmin instance and its own elakey.
at line 104
final Core
core()
Return core instance
at line 111
final string
elakey()
Each module has its elakey - index in modules array - used to address requests.
at line 118
final bool
auth(string|null $action = null)
Check if user is authorized to do action, or athorized to access module at all.
at line 133
string
title()
Get name of the module.
at line 140
string
icon()
Get icon of the module.
at line 147
final string
requestUrl(string|null $action = null, array $args = [])
Return url for this module.
at line 160
final string
assetUrl(string $path, string|null $version = null)
Create asset url, file path relative to /assets directory. Default $version = eladmin version
at line 167
void
prepare()
Runs before any action is executed.
at line 174
final array|null
roles(string|null $action = null)
Get roles authorized to work with the module, or specific action. Empty array means any role is authorized.
at line 195
private void
setRoles(array|null $roles, string|null $action = null)
Set roles authorized to work with the module, or specific action. Empty array means any role is authorized.
at line 216
protected array
views()
Extends array of directories of views and assets.
Example:
public function views() : array {
return array_merge([__DIR__ . '/my_module'], parent::views());
}
at line 228
protected Blade
blade()
Return Blade instance
at line 235
final string
render(string $template, array $args = [])
Return rendered view.
at line 243
void
renderAsset(string $path)
Determinate asset content-type and render it.
at line 250
final static array
actions()
Return array of all defined actions.
at line 267
final static bool
hasAction(string $action)
Check if actions is defined.
at line 274
final static bool
isAction(string $action)
Check if actions is executed.
at line 281
final static string
parseAction(string $action)
We want action keys to be case insensitive. This converts action to lowercase.
at line 288
final static void
renderText(string|null $str = null)
Convinient method for plain text output. Sets HTTP header text/plain and echo $str.
at line 297
final static void
renderHtml(string|null $str = null)
Convinient method for html output. Sets HTTP header text/html and echo $str.
at line 306
final static void
renderJson(array|null $json = null)
Convinient method for json output. Sets HTTP header application/json and echo serialized $json.


I am currently working as a software development engineer at AWS.
Responsible for E2E development of the feature Vocabulary Filtering in Amazon Transcribe service an automatic speech recognition technology
Participated in agile development process for AWS Transcribe service including maintenance
Worked with a highly knowledgeable team to build a webservice that automates the report generation using VB.Net and Oracle DB
Developed a functionaly that allows users to request access to the portal and ISP users can review and assign a status to it using C# and ASP.Net MVC framework
worked on delegating a privilege to the ISP to choose a format for their agency which is a combination of letter code followed by date, month, year, custom sequence number or the sequence number configured in the database. (The order of these can be decided by ISP and user can also decide if a particular fragment of it needs to be included or not). Once this is configured by the ISP, on click next event no. button, it populates the new unique event no. for that particular record. This task is also completed using C#, HTML, JS, ASP.NET MVC framework.
Worked on updating the upload file size limit everywhere in the portal, that reflects the limit configured in app.config file and worked on the file size validation, and also worked on fixing a production bug issue. (Because of passing the wrong model to a view from the controller, page is not getting loaded)
Worked to troubleshoot and assist student and faculty with the technical issues and provide IT support to them. Also worked on building Windows, Linux machines and set up them as required
Assist and provide engineering support to pega customers by providing sustainable solutions for applications on Pega./p>
Published videos and whitepapers on common error scenarios to improve customer self-service and brought down the number of service requests by ~40%
Worked with Engineering and Application teams to research responses to well qualified challenges
Worked with core engine RandD team and worked on developing and supporting features for Pega Rules Process Commander (PRPC)
GPA: 3.9
GPA: 3.9
Apart from being a programmer, I love being outdoors and I enjoy playing TableTennis and trekking
When forced indoors, I am an aspiring chef and I spend a large amount of my free time exploring the latest technolgy advancements in the development world.


Welcome to Cocktail Shaker’s documentation!¶
Cocktail Shaker¶
Cocktail Shaker is a high-performance drug enumeration and expansion library. Cocktail Shaker leverages the computational power of RDKit to create and enumerate large volumes of drug compounds.
>>> cocktail = Cocktail('c1cc(CCCBr)ccc1')
>>> new_compounds = cocktail.shake()
>>> FileWriter('example', new_compounds, 'mol2')
Cocktail Shaker makes your drug enumeration and expansion life easy. It also generates your files for you in as many formats needed for any cheminformatics software.
Features¶
- File parsing of TXT, SDF, and Chemical Smiles.
- File writing in a variety of formats some of which include: cif, sdf, pdb, mol, mol2 and many others
- Ability to recognize and expand libraries of compounds some of which include halogens, acyl halides, aldehydes.
- Ability to enumerate in 1D, and 2D structures and produce those compounds.
- Supports Python versions 3.3+.
- Released under the MIT license.
User guide¶
A step-by-step guide to getting started with Cocktail Shaker.
API documentation¶
Comprehensive API documentation with information on every function, class and method.
Cocktail Shaker’s license¶
Cocktail Shaker is released under the MIT License. This is a short, permissive software license that allows commercial use, modifications, distribution, sublicensing and private use. Basically, you can do whatever you want with Cocktail Shaker as long as you include the original copyright and license in any copies or derivative projects.


npm install potato
Download the Latest Version 0.1.1 [ Tar Ball ]
Potato comes in two flavour.
potato.min.js in which the potato module will endup as "potato" in your global namespace.
potato-browserify.min.js which is browserified. In that case, the potato module is returned by the call require potato
.
In the following examples we will consider the latter, and assign via O = require 'potato'
.
Potato is a CoffeeScript micro-framework focused on composition. It relies on its own object model, whose syntax might recall that of an ORM.
To declare a model for a user profile, you would typically declare it as a composition of the information of name, age and address. Address itself will be the composition of a street/city/zipcode/state/country.
O = require 'potato'
Address = O.Potato
components:
street: O.String
city: O.String
zipcode: O.String
Profile = O.Potato
components:
name: O.String
address: Address
age: O.Int
You may notice that this syntax also allows to inline the definition of a very simple composed object that is very unlikely to be reused. For instance :
O = require 'potato'
UserInformation = O.Potato
components:
name: O.Potato
components:
first_name: O.String
last_name: O.String
age: O.Int
address: Address
Though this style is not really recommended for such a definition, this syntax comes very handful with the deep-overriding feature described below.
O = require 'potato'
UserInformation = O.Potato
components:
name: O.Potato
components:
first_name: O.String
last_name: O.String
age: O.Int
address: Address
The children components of your potatoes may themselves have components and your potatoes might rapidly look like small tree-like structures of components. You might still want to extend it, and override a piece of functionality located slightly deeper than in the very first layer of this tree.
Potato makes it possible for you to inherit from an object, and extend or override pretty much anything, wherever in this tree ; be that a component, a method, or a static property of a component.
For instance, my address potato was assuming that my users were french. For international users I'll need to at least add a state and a country mention.
# ...
# here we added two new components
# to our Address object.
Address = potato.Potato
components:
state: O.String
country: O.String
String (as well as all Literal types) has a static property called default that describes the default value that should be produced on instantiation.
Let's say that our new application will have to handle american addresses. We'd like to use the work done with our Address model, override a couple of values and add a state field.
We could have written :
# ...
AmericanAddress = Address
components:
city: O.String
default: "New York City"
state: O.String
default: "NY"
country: O.String
default: "USA"
Your object may have static members. These are pretty like static members in C++ or python etc. They are accessible from the Potato itself, but not from its instances.
The most obvious one is "make" which makes it possible to instantiate a potato.
#
# This should make an address with :
# all our default values.
#
address = InternationalAddress.make()
You may define more static members using the "static" section prefix.
O = require 'potato'
# ...
Color = O.Potato
components:
r: O.Integer
g: O.Integer
b: O.Integer
static:
fromHexCode: (hexCode)->
# ...
trendyPink = Color.fromHexCode '#ff9900'
In addition, in a pythonic fashion, all your methods are available as static methods.
O = require 'potato'
# ...
Color = O.Potato
components:
r: O.Integer
g: O.Integer
b: O.Integer
methods:
toHexCode: ->
# ...
static:
fromHexCode: (hexCode)->
# ...
trendyPink = Color.fromHexCode '#ff9900'
console.log trendyPink.toHexCode()
# should log '#ff9900'
# and is equivalent to ...
console.log Color.toHexCode trendyPink
Potato also allows to attach static methods to javascript literals. You might want to describe a type for which instances are simple strings and add a validation method.
O = require 'potato'
Email = O.String
EMAIL_PTN: /// ^ #begin of line
([\w.-]+) #one or more letters, numbers, _ . or -
@ #followed by an @ sign
([\w.-]+) #then one or more letters, numbers, _ . or -
\. #followed by a period
([a-zA-Z.]{2,6}) #followed by 2 to 6 letters or periods
$ ///i
validate: (val)->
if @EMAIL_PTN.exec(val)?
ok: true
else
ok: false
errors: 'This is not a valid email address.'
When writing objects inheriting from Potato, members listed in the components section are accessible via the components method, available for both the potato and its instances.
You may hide some properties from the @components method by declaring them in the property section.
It is helpful to implement transient properties, that should not be serialized for instance.
O = require 'potato'
Box = O.Potato
property:
_surface: O.Integer
default: undefined
components:
x: O.Integer
y: O.Integer
w: O.Integer
h: O.Integer
methods:
surface: ->
if not @surface?
@surface = @w*@h
@surface
for k,v of Box.components()
# k takes ("x", "y", "w", h) for value in this loop
# v takes potato.Integer for value in this loop.
console.log k
box = Box.make()
for k,v of box.components()
# it works just the same with instances.
console.log k
For instance, this functionality makes it possible a lot of the functionalities of potato (toJSON, validation, automatic form generation).
Event casters follows the same syntax as jQuery event-binding. Everything is done using unbind/bind/trigger methods.
O = require 'potato'
Engine = O.EventCaster
methods:
start: ->
if not @intervalId?
console.log "start!"
@intervalId = setInterval (=> @trigger 'run'), 500
stop: ->
console.log "stop!"
clearInterval @intervalId
@intervalId = null
Wheel = O.EventCaster
components:
name: O.String
methods:
roll: -> console.log "#{@name} rolling!"
static:
named: (name)-> @make {name: name}
MotorBike = O.Potato
components:
engine: Engine
frontWheel: Wheel
components:
name: O.String
default: "Front Wheel"
backWheel: Wheel
components:
name: O.String
default: "Back Wheel"
methods:
clutch: ->
for wheel in [@frontWheel, @backWheel]
do (wheel)=>
@engine.bind 'run', -> wheel.roll()
declutch: ->
engine.unbind 'run', -> wheel.roll()
motorbike = MotorBike.make()
motorbike.clutch()
motorbike.engine.start()


{% extends "landing/base.html" %} {% block content %}
Your request has been sent off to the bots, we will be in touch soon.


+++
title = "Genji"
linkTitle = "Genji"
+++
{{< blocks/cover title="Genji" image_anchor="top" height="full" color="ghostwhite" >}}
{{< /blocks/cover >}}
{{< blocks/lead color="primary" >}}
What is Genji?
Genji is an embedded database written in Go that aims to simplify dealing
with data
in
the
modern
world.
It combines the power of SQL with the versatility of documents to provide a
maximum of flexibility with no compromise.
{{< /blocks/lead >}}
{{< blocks/section >}}
{{% blocks/feature icon="fas fa-database" title="The power of SQL with documents" %}}
Run powerful SQL queries on rich documents without limits
{{% /blocks/feature %}}
{{% blocks/feature icon="fa-border-style" title="Optional schema constraints" %}}
Create schemaless tables or specify constraints on selected fields of every documents
{{% /blocks/feature %}}
{{% blocks/feature icon="fas fa-rocket" title="Optimize for your workload" %}}
Store data on disk or in-memory, use a B-Tree or an LSM tree. Choose the right engine that covers your needs or create
one
{{% /blocks/feature %}}
{{< /blocks/section >}}


KineticGold ICO
Option 1 -
Cash Input
Initial Coin Offering – 1 Million KineticGold Coins
< 1,000 Coins of ICO -
10% discount of Coins
1,000-4,999 Coins of ICO –
12% discount of Coins
5,000-9,999 Coins of ICO -
15% discount of Coins
10,000-49,999 Coins of ICO – 17% discount of Coins
50,000+ Coins of ICO –
20% discount of Coins
ICO investors will receive their coins within 6 months after close of the ICO at the
discount listed.
At this point ICO investors will be 10-20% ahead of their investment amount and may
convert their investment to cash or to a CD savings account in Gold.


React Universal is a boilerplate that helps you get
started with developing app that features all three
versions of web, mobile, and desktop quick and easy.
In addition, React Universal features social login and app-syncing,
which are designed to create cross-device, real-time-update
apps like you have seen from Slack, Spotify, Skype and many more!


The task for this week is to use plasma cutting to make our own design.
This week, we experienced a little bit of welding. My first welding experience was scary - it was really challening to control my hand, not be scared of the flames and the dark! However, I really wish to be able to weld better one day!  I did not know that there were these many types of cutting/carving. So far, I have just experienced CNC, so I was really excited to try plasma cutting! (The first three photos are from welding, and the fourth photo is from setting up the plasma machine)
We are back from spring break and we finally printed out our plasma design!
We did not have enough time to use the plasma machine after we set it up, so we are going to do this project after we get back from Spring break! I included the plasma files below.


Name
Min
Max
Average
Missing
Extra
My extractor
Name
Comparison
Missing
Extra
Extractor name
Test name
Missing
Lorem ipsum
Extractor name
Test name
Missing
Lorem ipsum
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CHAT Project
Since 2010 Georgia Institute of Technology has been collaborating with marine biologists from the Wild Dolphin Project to build computers which facilitate two-way human, wild dolphin interaction through the assignment of artificial whistles to objects such as pieces of rope, seaweed, seagrass, and scarfs. We call this project Cetacean Hearing and Telemetry (or CHAT for short).
Starting in 2015, I began to work on the CHAT project as an undergraduate researcher. My first roles on the project were documentation and aiding with the construction of the 2015 generation of wearable computers. Georgia Tech research scientist Scott Gilliland showed me the ropes as I followed him through the production process. Scott designed custom high frequency speakers and waterproof keyboards specifically for these wearable computers. These parts were the first things I was able to help construct for the project. Along the way, I compiled an extensive assembly and operations manual for the wearable computers.
As we began deploying the wearables more frequently and collected more data, we soon realized that our software recognition pipeline for matching patterns in the dolphin whistles was not sophisticated enough to actually detect sounds we might expect the dolphins to make. The initial recognition software employed what was the best algorithm our (somewhat computational limited) computers could run in real time. This algorithm was very similar to the process that Shazam employs to recognize what song is playing around you. You can read more about the Shazam algorithm here if you’re curious.
While very accurate, the version of the Shazam algorithm we employed ran around a process which was limited in the number of frequencies it could analyze and our computer’s processor could only run this algorithm at 44.1kHz sampling rate. This essentially meant that while dolphins can make sounds anywhere in the frequency range from 200Hz to 150kHz (with whistles in the 2kHz to 50kHz range typically used for social communications), we were only able to analyze whistles in the 2kHz to 20kHz range.
(Note: This page is in progress.)


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